1_same_sigma

说明：  内含游戏AS码及相关图片音频文件，4399解包所得。(Including game AS code and related pictures and audio files, 4399 unpacking income.)

说明：  新能源发电并网系统的同步参考坐标系阻抗模型及其稳定性判别方法(Synchronous Reference Frame based Impedance Model and Stability Criterion for Grid-connected Renewable Energy Generation Systems)

基于MATLAB的OFDM信道估计，LS信道估计，rayleigh信道(MATLAB-based OFDM channel estimation, LS channel estimation, rayleigh channel)

改程序实现了对dalas的1-wire器件温度传感器ds18b20（也可以是ds1825）的驱动，并将温度值显示在液晶屏幕1602上-This program is dedicated to driving the 1-wire device ds18b20(ds1825),which reads the temperature and displays it on the LHD1602

笔者首先提出了煤岩变形破裂过程电磁辐射与应力耦合的概念,然后在实验研究、理论分析和数值模拟的基础上从力电耦合的角度研究了煤岩冲击矿压预测的电磁辐射法(ＥＭＥ)。研究结果表明:ＦＬＡＣ3Ｄ方法能对矿山巷道掘进过程煤岩内部应力场进行有效的数值模拟 电磁辐射信号主要来源于应力集中区,在场点监测到的电磁辐射信号主要是应力集中区煤岩变形破裂过程产生的 ＥＭＥ信号呈现出与煤岩内部应力变化相同的规律 利用力电耦合方法研究煤岩冲击矿压电磁辐射预测法是可行的。笔者最后还对未来煤岩冲击矿压电磁辐射预测法的研究进行了展望。-first author of coal and rock deformation and fracture process of electromagnetic radiation coupled with the concept of stress, then the experimental research, theoretical analysis and numerical simulations on the basis of Congli coupling angle of coal and rock rockburst forecast of electromagnetic radiation (EME). The results showed : FLAC3D method to mine tunneling process of coal and rock internal stress effective numerical simulation of electromagnetic radiation signal comes mainly from the stress concentration areas, the monitoring point to the presence of electromagnetic radiation signal is mainly concentrated stress coal rock deformation and fracture process of EME signal showing the internal rock and coal Stress changes in the s

三相交流异步电机的恒定V/F控制源代码，适用于TI的28335DSP，可在TI原装的F24x板上直接跑。适用于CCS3.3编译、调试环境，可参考向其他芯片进行移植或修改、增加控制算法，实现对三相风机、泵、传送带动力、纺织机传动等控制方面的应用。程序包括分步递进编译，分成五部分：空间矢量PWM波形发生、电流/转速测量、两相电流的PI控制、电流闭环控制、速度PI闭环控制(电流和速度双闭环控制)。其中包含全部的源码和使用说明指导文档，是学习VVVF控制过程及算法很好的教程和示例。

python 书籍 非常经典，希望大家有所收获(python very classic books, I hope you all have a harvest)

说明：  利用布谷鸟算法优化svm，有目标函数 实验室程序，好用(Optimization of SVM based on cuckoo algorithm)

视角调整,与大家共享.希望对大家有所帮助,也希望自己能多学习.

说明：  JAVA植物大战僵尸供学习参考使用，基于Java基础-面向对象实现植物大战僵尸简易版前言游戏设计游戏对象游戏内容游戏优化放置植物的优化移除植物的优化游戏可玩性的优化添加游戏背景音乐(JAVA Botanical Warfare Zombies for Learning Reference Based on Java Foundation-Object-Oriented Realization of Plant War Zombie Simple Preface Game Design Game Object Game Content Game Optimizing Placement of Plants Optimizing Playability of Plant Removal Game and Adding Game Background Music)